Florida International University

What you'll study

The programme begins with core science and mathematics to build the analytical skills engineers need, then introduces engineering fundamentals—materials, statics, circuits and programming—before moving into discipline-specific coursework. Emphasis is placed on laboratory work, computer-aided design, systems thinking and team-based design projects. In later years students choose a specialisation and take advanced technical modules alongside a capstone design sequence.

• Foundation modules: calculus, linear algebra, physics, chemistry, introductory programming and engineering problem solving.
• Engineering core: statics and dynamics, materials and mechanics of solids, thermodynamics, electrical circuits, fluids, engineering mathematics and numerical methods.
• Laboratory and practical work: materials testing, electronics labs, thermofluids labs, computer-aided design (CAD) and manufacturing workshops.
• Specialisation tracks: typical options include Civil Engineering, Mechanical Engineering, Electrical and Computer Engineering, Biomedical Engineering, Environmental Engineering and Industrial Engineering—each with its own sequence of technical electives.
• Professional practice and design: engineering design methodology, professional ethics, project management, communication for engineers, and a senior capstone design project with industry-style requirements.
• Optional enrichment: undergraduate research projects, internships/co‑op placements, technical electives in data analytics, robotics, renewable energy, or control systems, and study abroad opportunities.

Entry requirements

Admission to the Bachelor’s in Engineering typically requires a solid secondary-school academic record with a focus on mathematics and science. Applicants are assessed on academic preparation and potential to succeed in a rigorous engineering curriculum.

• Successful completion of secondary education with strong performance in mathematics (calculus or pre-calculus) and physics; chemistry is recommended.
• A competitive overall academic profile; specific GPA expectations vary by intake and campus admission policies.
• Proof of English proficiency for international applicants where required (for example recognised tests or prior studies in English).
• Transfer applicants should provide college transcripts; many students transfer credit for introductory STEM coursework where equivalence is established.
• Practical experience such as maths/science competition, summer engineering programmes, or relevant internships is helpful but not mandatory.

Career prospects

Graduates are prepared for entry-level engineering roles across private, public and research sectors, or to continue into graduate study. The programme emphasises practical skills that employers seek, such as problem solving, modelling, design and teamwork.

• Typical entry-level roles: design engineer, project engineer, test engineer, field engineer, manufacturing engineer, quality engineer, systems engineer, or controls engineer.
• Sectors: construction and infrastructure, aerospace and defence, energy and utilities, manufacturing, healthcare and biomedical devices, transportation, environmental consulting, and technology firms.
• Further progression: many graduates pursue professional registration (for example engineering licensure pathways), graduate degrees (MEng, MS, PhD) or roles in management, product development and research.

Why study at Florida International University

FIU provides a career-focused engineering education with access to regional industry partnerships, applied research centres and diverse internship opportunities in the Miami metropolitan area. The school emphasises hands-on learning, multicultural perspectives and workforce readiness.

• Engineering programmes include laboratory facilities and maker spaces that support hands-on design, fabrication and testing.
• Strong connections to local industry—construction, marine, aerospace, healthcare and technology—help students find internships and capstone partners.
• Opportunities to participate in sponsored research projects, multidisciplinary teams and student engineering organisations and competitions.
• Dedicated career services, employer partnerships and alumni networks that assist with job placement and professional development.
• A diverse, international student community that reflects the global nature of modern engineering practice.